F16925FC Hand Polishing Disc

5 inch Disc; Silicon Dioxide; Ceramic Ferrule; no PSA The ADS film can be used for final polishing for optical fiber connector end-face. The ADS film offers longer life cycle for the optical connector polishing. NTT Advanced Technology’s ADS series of final polishing films is ideal for the final polish of optical connector end faces and offers longer polishing life cycles. These films polish the end face of an optical connector without scratches, residues or contamination on the ferrule end face. ADS-NEXT polishing films feature stable polishing force while maintaining final finish performance and achieving an extended life-span. This series of final polishing films attains a high-performance polish with distilled water. Another feature of the ADS-NEXT series is a sharp improvement in the indentation problems that occur especially in 1.25 mm diameter ferrules from repeated use polishing. Even after many usages, ADS-NEXT can still protect against sudden occurrences of fiber indentation. ADS-MPO series is a new generation of polishing films that has been improved for MPO connector end faces to realize a finishing quality equivalent to that of single fiber polish, leaving no scratches or dirt while at the same time their stable polishing power ensures long life. These films can polish to a convex shape to eliminate dips in the core (Coredip value of “0”) which particularly affects the optical characteristics (IL/RL) of multi mode fiber. APS-MPO final polishing films also realize low return loss, comparable to single connectors, by suppressing subsurface damaged layer to a minimum. With a base thickness of 75 µm, they are available in disc and sheet types. Key Features: Ideal for Final Polish of MPO Optical Connector End Face High Stability and Long Product Lifetime Prevents Excessive Fiber Undercut after Repeated Use (ADS/ADS-NEXT) Multi Mode Fiber Coredip Value of “0” (ADS-MPO) Low Return Loss Comparable to Single Mode Fiber Connectors (ADS-MPO) Compatible with 1.25, 2.5 mm Diameter Zirconia Ferrules (ADS/ADS-NEXT), MPO Ferrule, All Types (ADS-MPO) Compatible with Multi Mode (OM1/2/3/4, GI50/62.5, etc.) and Single Mode (OS1/2, SM, etc.) Fiber (ADS-MPO) Disc Type (5.0 inch, 127 mm Diameter), Sheet Type (5.5 x 5.5 inch, 140 x 140 mm, ADS-MPO) and Roll Type (5.5 inch, 140 mm x 12 m, ADS/ADS-NEXT) Available Applications: Final Polish of Fiber Connector End Face

The PZ1-SM4-E-980 from Optiphase is an advanced, high-speed fiber stretcher designed for precision applications in optical interferometric measurement and sensing systems. Featuring bare leads and operating at a wavelength of 980.0 nm, this enclosed model is ideal for researchers and industrial professionals seeking reliable performance and cost-efficiency. Engineered with single-mode (SM) fiber, the PZ1-SM4-E-980 offers a compact form factor that seamlessly integrates into tight spaces. Its unique multi-layer winding approach enhances modulation capabilities while maintaining high operational frequencies, setting it apart from competitive devices. The PZ1 series is renowned for its versatility and efficiency, offering various models tailored to specific needs, including SM, commercial PM, and RC fiber types. These fiber stretchers support applications like open loop demodulation, sensor simulation, variable optical delay, and general-purpose fiber interferometry. The PZ1 family is distinguished by its ability to function with general electronics such as signal generators and op-amps, eliminating the need for proprietary drivers. This flexibility, combined with multiple termination options, ensures quick and easy setup across diverse systems. Key Features The PZ1-SM4-E-980 provides high-speed operation, optimizing performance for demanding optical applications. Its cost-effective design delivers superior performance-to-cost ratio, making it an attractive choice for budget-conscious projects. The compact and enclosed configuration allows for seamless integration into limited spaces without compromising functionality. Compatible with standard electronics, the PZ1 eliminates the need for specialized drivers, enhancing user convenience and operational flexibility. The unique multi-layer fiber winding improves modulation functions, ensuring precise and reliable results in measurement applications. Capable of operating over a wide wavelength range, it supports diverse applications from 780 to 1625 nm. Designed for bipolar drive operations, it offers greater convenience compared to unipolar systems requiring offset voltage drive. Applications Ideal for open loop demodulation tasks, providing accurate phase modulation critical for data integrity. Used in sensor simulation to replicate and test sensor behaviors under controlled conditions, ensuring system reliability. Facilitates variable optical delay processes, crucial in fine-tuning time-sensitive optical systems. Supports general-purpose fiber interferometry, enhancing functionality across various optical experiments and analyses. Enables large angle modulation of interferometric phase, essential for advanced research in optical physics. Suitable for integration in large-scale modulation systems where space and performance are key considerations. Applicable in environments requiring high modulation frequency without sacrificing performance quality. What's Next? With the PZ1-SM4-E-980, Optiphase continues to lead in delivering innovative solutions for optical measurement and sensing. Researchers and industry professionals looking for high-speed, versatile fiber stretching solutions will find this product indispensable for their advanced applications. By choosing Optiphase’s PZ1 series, users gain access to a robust, reliable tool that simplifies complex optical processes and allows for seamless integration with existing systems. AMS Technologies, a trusted provider of cutting-edge technology solutions, can assist you further in selecting the right Optiphase product tailored to your specific needs. Our experts are ready to provide comprehensive support and guidance to ensure optimal utilization of your fiber stretching capabilities. Reach out today to explore how the PZ1-SM4-E-980 can elevate your research and industrial projects to new heights.